French plasma technology company supplying advanced metal and silicon powders for aerospace additive manufacturing and high-energy lithium-ion batteries.
TEKNA PLASMA EUROPE is the French subsidiary of TEKNA, a company whose name signals its core technology: plasma-based synthesis of advanced materials, most likely high-purity metal and silicon powders produced via induction plasma processes. In the H2020 programme, they participated as a specialist industrial partner in two distinct application domains — lithium-ion battery electrode materials (project SPICY) and additive layer manufacturing for aerospace (Bionic Aircraft) — suggesting their powders serve multiple high-value markets simultaneously. Their role in consortia is that of a materials supplier bridging industrial production capability with academic and engineering research. With no coordinator experience, they position themselves as a technical contributor rather than a project manager.
Both SPICY and Bionic Aircraft projects required specialist material inputs consistent with plasma-produced high-purity powders, and the company name directly signals this as their core industrial process.
Bionic Aircraft (EC EUR 760,446) explicitly targets ALM technology for aviation weight reduction, a domain where plasma-produced spherical metal powders are a critical input.
SPICY focused on silicon and polyanionic chemistries for high-energy Li-ion cells, an application where silicon nanopowders produced via plasma are a known performance-enabling material.
Simultaneous participation in aerospace and battery projects between 2015 and 2019 indicates a deliberate strategy to serve multiple high-tech industries with the same core material production capability.
TEKNA PLASMA EUROPE's two H2020 projects started within one year of each other (2015 and 2016) and ran concurrently through 2018–2019, making sequential evolution analysis impossible — there is no meaningful "early versus late" period to distinguish. What the data does reveal is that as early as 2015, they were already pursuing two separate application verticals in parallel: energy storage and aerospace manufacturing. No keyword metadata is available in the CORDIS record, so any finer-grained trend analysis would be speculation. Based on project timing alone, their H2020 participation appears to have been a single strategic window rather than an evolving programme.
With both projects concluding by 2019 and no subsequent H2020 activity visible in the data, it is unclear whether they deepened their aerospace or battery focus — a potential collaborator should verify their current commercial priorities directly.
TEKNA PLASMA EUROPE has participated exclusively as a consortium partner across both recorded projects, never taking on a coordinator role — a pattern consistent with a company that contributes materials or process technology rather than scientific or administrative leadership. With 24 unique partners across just 2 projects, they have worked in medium-to-large consortia (roughly 12 partners per project), which is typical for RIA-funded research in aerospace and energy. This suggests they are comfortable operating within complex multi-partner structures as a specialist node, not a hub.
Their 2 projects brought them into contact with 24 unique partners across 8 countries, suggesting active and varied consortium membership despite limited project count. The geographic spread points to a genuinely European network rather than a France-centric collaboration style.
TEKNA PLASMA EUROPE occupies a rare industrial position: a company whose core plasma synthesis technology is relevant to two of the most competitive advanced materials markets in Europe — next-generation battery electrodes and aerospace-grade additive manufacturing powders. Very few European industrial companies can credibly contribute to both a battery chemistry consortium and an aviation bionic design project with the same underlying production capability. Their French base provides proximity to strong aerospace (Airbus ecosystem) and energy clusters, which could make them a strategic industrial anchor in future consortia needing qualified powder supply.
